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TRENTOOL3-master

于 2019-12-09 发布
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代码说明：

说明：  计算传递熵 采用matlab编程 附有相关结果(The matlab program is used to calculate the transfer entropy with relevant results)

文件列表：

TRENTOOL3-master, 0 , 2017-11-22
TRENTOOL3-master\.gitignore, 24 , 2017-11-22
TRENTOOL3-master\CHANGELOG.md, 2661 , 2017-11-22
TRENTOOL3-master\GPLv3_license.txt, 31881 , 2017-11-22
TRENTOOL3-master\GPU_howto.txt, 511 , 2017-11-22
TRENTOOL3-master\InteractionDelayReconstruction_calculate.m, 6062 , 2017-11-22
TRENTOOL3-master\InteractionDelayReconstruction_plotting.m, 3143 , 2017-11-22
TRENTOOL3-master\LICENSE, 35122 , 2017-11-22
TRENTOOL3-master\Makefile, 331 , 2017-11-22
TRENTOOL3-master\README.md, 1380 , 2017-11-22
TRENTOOL3-master\TEgraphanalysis.m, 15470 , 2017-11-22
TRENTOOL3-master\TEgroup_conditionstatssingle.m, 10822 , 2017-11-22
TRENTOOL3-master\TEgroup_prepare.m, 10425 , 2017-11-22
TRENTOOL3-master\TEgroup_stats.m, 14696 , 2017-11-22
TRENTOOL3-master\TEnifti2TRENTOOL_3D_3.m, 31280 , 2017-11-22
TRENTOOL3-master\TEplot2D.m, 12598 , 2017-11-22
TRENTOOL3-master\TEplot2D_beta.m, 13848 , 2017-11-22
TRENTOOL3-master\TEprepare.m, 42044 , 2017-11-22
TRENTOOL3-master\TEsurrogate_binomstats.m, 11096 , 2017-11-22
TRENTOOL3-master\TEsurrogatestats.m, 28331 , 2017-11-22
TRENTOOL3-master\TEsurrogatestats_ensemble.m, 40648 , 2017-11-22
TRENTOOL3-master\TRENTOOL2BrainNet.m, 4232 , 2017-11-22
TRENTOOL3-master\cuda, 0 , 2017-11-22
TRENTOOL3-master\cuda\Makefile, 2858 , 2017-11-22
TRENTOOL3-master\cuda\fnearneigh_gpu.cpp, 2628 , 2017-11-22
TRENTOOL3-master\cuda\gpuKnnBF_kernel.cu, 7943 , 2017-11-22
TRENTOOL3-master\cuda\gpuKnnLibrary.cu, 10482 , 2017-11-22
TRENTOOL3-master\cuda\helperfunctions.cu, 6609 , 2017-11-22
TRENTOOL3-master\cuda\range_search_all_gpu.cpp, 2833 , 2017-11-22
TRENTOOL3-master\example_script_CPUmethod.m, 2889 , 2017-11-22
TRENTOOL3-master\example_script_ensemblemethod.m, 3253 , 2017-11-22
TRENTOOL3-master\example_script_large_datasets.m, 4232 , 2017-11-22
TRENTOOL3-master\fnearneigh_gpu.cpp, 2454 , 2017-11-22
TRENTOOL3-master\fnearneigh_gpu.m, 968 , 2017-11-22
TRENTOOL3-master\fnearneigh_gpu.mexa64, 69955 , 2017-11-22
TRENTOOL3-master\fnearneigh_multigpu.mexa64, 69988 , 2017-11-22
TRENTOOL3-master\install.m, 239 , 2017-11-22
TRENTOOL3-master\libgpuKnnLibrary.a, 104904 , 2017-11-22
TRENTOOL3-master\private, 0 , 2017-11-22
TRENTOOL3-master\private\TEC_dsvalues.m, 8978 , 2017-11-22
TRENTOOL3-master\private\TEC_dsvalues_noSourceEmb.m, 8953 , 2017-11-22
TRENTOOL3-master\private\TEactdetect.m, 3087 , 2017-11-22
TRENTOOL3-master\private\TEarch.m, 1425 , 2017-11-22
TRENTOOL3-master\private\TEarrow.m, 1596 , 2017-11-22
TRENTOOL3-master\private\TEautocorr.m, 834 , 2017-11-22
TRENTOOL3-master\private\TEbacktracking.m, 4532 , 2017-11-22
TRENTOOL3-master\private\TEcalc.m, 3644 , 2017-11-22
TRENTOOL3-master\private\TEcallGPUsearch.m, 15807 , 2017-11-22
TRENTOOL3-master\private\TEchannelselect.m, 3115 , 2017-11-22
TRENTOOL3-master\private\TEchecknumperm.m, 5112 , 2017-11-22
TRENTOOL3-master\private\TEcmc.m, 3561 , 2017-11-22
TRENTOOL3-master\private\TEconsoleoutput.m, 3993 , 2017-11-22
TRENTOOL3-master\private\TEdfs.m, 2355 , 2017-11-22
TRENTOOL3-master\private\TEdyn.m, 2504 , 2017-11-22
TRENTOOL3-master\private\TEembedding.m, 7668 , 2017-11-22
TRENTOOL3-master\private\TEembedding_noSourceEmb.m, 7739 , 2017-11-22
TRENTOOL3-master\private\TEfindDelay.m, 2706 , 2017-11-22
TRENTOOL3-master\private\TEfindmaxte.m, 5004 , 2017-11-22
TRENTOOL3-master\private\TEflagedges.m, 5779 , 2017-11-22
TRENTOOL3-master\private\TEhighpassfilter.m, 11542 , 2017-11-22
TRENTOOL3-master\private\TEperm.m, 10923 , 2017-11-22
TRENTOOL3-master\private\TEpvalue.m, 1966 , 2017-11-22
TRENTOOL3-master\private\TEragwitz.m, 4965 , 2017-11-22
TRENTOOL3-master\private\TEsetRandStream.m, 1427 , 2017-11-22
TRENTOOL3-master\private\TEsrmc.m, 3245 , 2017-11-22
TRENTOOL3-master\private\TEtrialselect.m, 3498 , 2017-11-22
TRENTOOL3-master\private\TEwait.m, 639 , 2017-11-22
TRENTOOL3-master\private\TEwaitbar.m, 1043 , 2017-11-22
TRENTOOL3-master\private\check_set_parallel.m, 2082 , 2017-11-22
TRENTOOL3-master\private\getDensity.m, 1177 , 2017-11-22
TRENTOOL3-master\private\highpassfilter.m, 2645 , 2017-11-22
TRENTOOL3-master\private\transferentropy.m, 29026 , 2017-11-22
TRENTOOL3-master\range_search_all_gpu.cpp, 2662 , 2017-11-22
TRENTOOL3-master\range_search_all_gpu.m, 1087 , 2017-11-22
TRENTOOL3-master\range_search_all_gpu.mexa64, 69961 , 2017-11-22
TRENTOOL3-master\range_search_all_multigpu.mexa64, 69994 , 2017-11-22
TRENTOOL3-master\release.m, 93 , 2017-11-22
TRENTOOL3-master\tstool_functions, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex32, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex32\nn_prepare.mexglx, 37104 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex32\nn_search.mexglx, 41795 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex32\range_search.mexglx, 43597 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex64, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex64\nn_prepare.mexa64, 40151 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex64\nn_search.mexa64, 43975 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\mex64\range_search.mexa64, 48221 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\nn_prepare.m, 1645 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\nn_search.m, 1984 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_linux\range_search.m, 1920 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex32, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex32\nn_prepare.mexmaci, 41232 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex32\nn_search.mexmaci, 45576 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex32\range_search.mexmaci, 49924 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex64, 0 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex64\nn_prepare.mexmaci64, 44000 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex64\nn_search.mexmaci64, 49088 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_mac\mex64\range_search.mexmaci64, 53144 , 2017-11-22
TRENTOOL3-master\tstool_functions\mex_win, 0 , 2017-11-22

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发表评论

0 个回复

  • znhyzung
    考虑雨衰 阴影 和多径影响，基于互功率谱的时延估计，三相光伏逆变并网的仿真，重要参数的提取，车牌识别定位程序的部分功能，分析了该信号的时域、频域、倒谱，循环谱等,快速扩展随机生成树算法。( Consider shadow rain attenuation and multipath effects Based on the time delay estimation of power spectrum, Three-phase photovoltaic inverter and network simulation, Extract important parameters, Part of the license plate recognition locator feature, Analysis of the signal time domain, frequency domain, cepstrum, cyclic spectrum, etc. Rapid expansion of random spanning tree algorithm.)
    2016-04-14 12:58:22下载
    积分：1
  • PSO
    matlab粒子群算法程序，Particle Swarm Optimization in Matlab(Particle Swarm Optimization in Matlab)
    2013-07-29 15:40:41下载
    积分：1
  • matlab2ccs
    make ccs project by matlab
    2011-08-05 10:50:29下载
    积分：1
  • TransformerHse
    变电站谐波状态估计程序，通过量测两个节点的电压和电流，计算得到另一个节点的电压电流相量，两个量测节点相角不同步，以一个节点相角为基准。(Substation harmonic state estimation procedure, by measuring the voltage and current of two nodes, one node is calculated voltage and current phasor, two phase angle measurement nodes are not synchronized with a phase angle of the reference node.)
    2013-10-28 17:09:20下载
    积分：1
  • xcqsx
    zheshiyige消除信号趋势项的程序(zheshiyige the elimination of the signal trends of the procedures)
    2008-12-28 21:22:12下载
    积分：1
  • pso1
    一些spo程序，用matlab编程实现的，需要的请看看吧(Some SPO procedures, using matlab programming to achieve, need look and see)
    2007-12-07 09:34:14下载
    积分：1
  • Project1
    this program is also another program developed in c++ which calculates robots movements.
    2014-11-03 16:39:19下载
    积分：1
  • DCT-and-Image-Compression
    DCT and Image Compression In the JPEG image compression algorithm, the input image is divided into 8-by-8 or 16-by-16 blocks, and the two-dimensional DCT is computed for each block. The DCT coefficients are then quantized, coded, and transmitted. The JPEG receiver (or JPEG file reader) decodes the quantized DCT coefficients, computes the inverse two-dimensional DCT of each block, and then puts the blocks back together into a single image. For typical images, many of the DCT coefficients have values close to zero these coefficients can be discarded without seriously affecting the quality of the reconstructed image. The example code below computes the two-dimensional DCT of 8-by-8 blocks in the input image, discards (sets to zero) all but 10 of the 64 DCT coefficients in each block, and then reconstructs the image using the two-dimensional inverse DCT of each block. The transform matrix computation method is used.
    2014-01-28 16:55:07下载
    积分：1
  • GPReduce.m
    This is the Gaussian piramyd i found in matlab page is very useful to image procesing
    2009-03-10 01:02:39下载
    积分：1
  • music1
    求加随机白噪声的实正弦信号的MUSIC算法的功率谱参数估计(Plus a random white noise for the real sinusoidal signal of the power spectrum of MUSIC algorithm for parameter estimation)
    2009-05-17 16:06:29下载
    积分：1
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